Decarbonize Industry with Green Hydrogen
Verdantix's modular H₂ generation systems deliver ultra-pure, carbon-free hydrogen powered exclusively by renewable energy. Scale from pilot to gigawatt-class deployment with proven efficiency and grid-intelligent control.
Next-Gen PEM & AWE Electrolysis
Our hydrogen platform combines Proton Exchange Membrane (PEM) and Alkaline Water Electrolysis (AWE) technologies, optimized for intermittent renewable input. Dynamic load tracking ensures 95%+ capacity factor even with fluctuating solar/wind generation.
- Dynamic Scaling: Ramp from 10% to 150% load in <2 minutes
- Zero Liquid Waste: Closed-loop water management system
- Grid-Forming Inverters: Bi-directional power & frequency support
Engineered for Real-World Deployment
From stack design to off-take infrastructure, every component is optimized for longevity, safety, and ROI.
Advanced Electrolyzers
High-current density cells with iridium-platinum catalyst optimization for extended lifecycle (>80k hours).
Renewable Coupling
Direct DC coupling minimizes conversion losses. AI-driven dispatch matches H₂ production to excess renewable output.
Safety & Compliance
ATEX-certified zones, multi-layer leak detection, automated purging, and full API/OPC-UA integration for SCADA.
Compression & Storage
Integrated diaphragm compressors (350-700 bar) with modular tube trailers or underground salt cavern compatibility.
Performance Metrics
| Parameter | Verdantix H₂-Standard | Verdantix H₂-Pro (High Temp) |
|---|---|---|
| Electrolysis Type | PEM (Proton Exchange Membrane) | SOEC (Solid Oxide) Hybrid |
| Module Capacity | 1 MW - 5 MW per skid | 2 MW - 10 MW per skid |
| H₂ Purity | 99.99% (dry basis) | 99.98% (requires minor polishing) |
| Electrical Efficiency (LHV) | 72-76% | 78-82% (with waste heat recovery) |
| Water Consumption | 10-12 L/kg H₂ | 11-13 L/kg H₂ |
| Response Time | < 30 seconds (10%→100%) | 2-5 minutes (thermal inertia) |
| Operational Temp | 60-80°C | 750-850°C |
| Warranty / Lifespan | 10 Years / 80,000+ hrs | 8 Years / 60,000+ hrs |
Where Green Hydrogen Delivers Impact
Heavy Industry Decarbonization
Replace grey H₂ in ammonia, methanol, and steelmaking processes. Achieve Scope 1 & 2 reductions while maintaining output.
Zero-Emission Transport
Fuel for heavy-duty logistics, maritime bunkering, and aviation SAF feedstock. Fast refueling, high energy density.
Long-Duration Storage
Power-to-Gas (P2G) integration for seasonal energy shifting. Balance grid volatility and reduce curtailment by up to 40%.
From Feasibility to Operation
Site & Offtake Assessment
Renewable resource modeling, water supply analysis, and market offtake validation.
Engineering & Permitting
FEED studies, safety case development, grid interconnection, and regulatory approvals.
Manufacturing & EPC
Factory acceptance testing (FAT), logistics, civil works, and balance-of-plant installation.
Commissioning & O&M
Site acceptance testing (SAT), operator training, predictive maintenance, and remote monitoring.
Green Hydrogen FAQ
Ready to Scale Your Hydrogen Roadmap?
Connect with our engineering team for a customized feasibility study, technical datasheet, or capacity planning session.